You are currently viewing SemiWiki as a guest which gives you limited access to the site. To view blog comments and experience other SemiWiki features you must be a registered member. Registration is fast, simple, and absolutely free so please, join our community today
[term_id] => 13
[name] => ARM
[slug] => arm
[term_group] => 0
[term_taxonomy_id] => 13
[taxonomy] => category
[parent] => 178
[count] => 368
[filter] => raw
[cat_ID] => 13
[category_count] => 368
[cat_name] => ARM
[category_nicename] => arm
[category_parent] => 178
At DAC Jasper presented a seminar with ARM on cache coherency and verification of cache coherency. The seminar is now available online for those of you that missed DAC or missed the seminar itself.
Cache architectures, especially for multi-core architectures, are getting more and more complex. Techniques originally pioneered… Read More
We have been here before… and when I say “we” I do include myself. Back in 1997, I joined a secretive company called Transmeta. The company was two years old and working on a new x86 microprocessor to challenge Intel. The original focus of the company was not to build a lower power processor, but one that was faster. As with… Read More
Analysts tend to make judgments regarding Intel based on an existing conventional wisdom (CW) and projecting straight line into the future. As a former Intel, Cyrix, and Transmeta processor marketing guy I would like to offer a different perspective as I have been both inside the tent looking out and outside looking in.
The current… Read More
Another announcement of interest, given all the discussion of Intel’s 22nm process around here, is that Samsung (along with ARM, Cadence and Synopsys) announced that they have taped out a 20nm ARM test-chip (using a Synopsys/Cadence flow).
An interesting wrinkle is that at 32nm and 28nm they used a gate-first process but… Read More
At DAC I talked with Mike Dimelow of ARM about the latest upcoming revision to the AMBA bus standards, AMBA 4. The standard gets an upgrade about every 5 years. The original ARM in 1992 ran at 10MIPS with a 20MHz clock. The first AMBA bus was a standard way to link the processor to memories (through the ARM system bus ASB) and to peripherals… Read More
Intel’s new Tri-Gate technology is causing quite a stir on the stock chat groups. Some have even said if Intel uses its Tri-Gate technology on only Intel processors ARM will be in deep deep trouble. These guys are “Intel Longs” of course and they are battling “Intel Shorts” with cut and paste news clips.
“ARM is in trouble & this… Read More
Before DAC I met with Stephen Pateras, Ph.D. at Mentor Graphics, he is the Product Marketing Director in the Silicon Test Solutions group. Stephen has been at Mentor for two years and was part of the LogicVision acquisition. He was in early at LogicVision and went through their IPO, before that he was at IBM in the mainframe… Read More
After lunch on Monday I met with John Heinlin, Ph.D. – VP Marketing of Physical IP Division
Back in the day I knew the founders of Artisan (VLSI Libraries) when we worked together at Silicon Compilers (Mark Templeton, John Malecki, Scott Becker).
Q: Do you favor any EDA tools for creating your IP?
A: No, we don’t really endorse a specific… Read More
Intel had a big press event yesterday at which they announced details of their 22nm process. In a change from their current processes, it goes with a vertical gate. In fact 3 gates which gives them much better control of leakage through transistors that are switched off, along with more transmission through the on transistors. They… Read More
Is Intel in trouble? Since it is the #1 semiconductor company and, shipping 22nm in Q4 this year with 14nm in 2013, it is two process generations ahead of everyone else it is hard to see why it would be. Intel, of course, continues to dominate the market for chips for notebooks, desktops and servers. But therein lies the problem. Pads… Read More